Double Arm Lifting Platform Robot
The Double-arm Lifting Platform Robot is an advanced, mobile humanoid system designed for complex operation tasks across diverse environments.
0The Double-arm Lifting Platform Robot is an advanced, mobile humanoid system designed for complex operation tasks across diverse environments.

Product Description
Based on the platform, users can develop data acquisition and model training for wireless teleoperation and dual-arm operation, and carry out inspection and autonomous planning and execution of operation tasks in various scenarios, with a wide range of applications, covering industrial, commercial, home, and scientific research scenarios. The body-sized double-arm lifting platform is a highly integrated lightweight humanoid operating platform that integrates core modules such as the ultra-lightweight humanoid robotic arm RM65-B-V, lifting columns, multi-channel vision sensors, and autonomous navigation chassis. The platform has the ability of autonomous navigation and movement, and can be flexibly operated in a large space to realize multi-view reconnaissance and target recognition and positioning functions.
Parameters
| Standard configuration | Machine parameters | ||
| Configuration items | Quantity | Category | Parameter |
| Master control Jetson AGX Orin | 1 | Dimensions | 640*450*1700mm (Folded) |
| Robotic arm RM65-B-V | 2 | The weight of the whole machine | Approximately 90kg |
| Binocular vision D435 | 3 | Scope of work | Up and down: 0-2200mm, left and right 0-1900mm, forward 0-600mm |
| RGB monitoring camera | 2 | Lithium iron phosphate battery | DC48V 20AH |
| Two-finger parallel gripper RMG24 | 2 | Master control | NVIDIA Jetson AGX Orin 64G 1T SSD |
| Lifting column | 1 | ||
| Mobile chassis | 1 | ||
Peculiarity
Advantage
Flexible deployment Ultra-small size, the maximum diameter of the robotic arm is 11.5cm, the installation size of the base is 11cm, and the size of the humanoid arm greatly reduces the installation space requirements, which is more convenient and flexible.
The system is open Open API library, support C/C/C#/Python programming language, support Windows/LinuX/ROS robot.
Operating system
And a variety of communication protocols. All-in-one modularity Integrated, modular design, more convenient disassembly and assembly, low maintenance cost, higher efficiency.
Safe and sensitive
Sensitive drag and drop programming, which can completely reproduce the drag track; The protection level can be set, and when the collision reaches the upper torque, the robotic arm will stop in time to avoid injury to people or equipment.
Integrated controller
There is no traditional control cabinet, and the controller and robotic arm are perfectly integrated.
Ultra-low power DC 24V power supply, can be applied to mobile power supply, the maximum power consumption is ≤ 200W under full load, and the comprehensive power consumption is ≤ 100W, which can be applied to a variety of field fruits.
Wireless and convenient interconnection
The arbitrary cut intelligent terminal can control the robotic arm change through wired and wireless connections, which is
convenient and fast, and gets rid of the shackles of control cables.
Safe and sensitive
Sensitive drag and drop programming, which can completely reproduce the drag track; The protection level can be set, and when the collision reaches the upper limit of torque, robotic arm will stop in time to avoid injury to people orequipment.
Flexible deployment
Ultra-small size, the maximum diameter of the robotic arm is 11.5cm, the installation size of the base is 11cm, and the size of the humanoid arm greatly reduces the installation space requirements, which is more convenient and flexible.
![]() | Physiotherapy function Fascial layer relaxation, pain relief, blood circulation, auxiliary function recovery, beauty and skin care, etc. |
Good interactivity Equipped with human-computer interaction interface, it can manually input the selection of massage parts, massage gears and other information; The equipment status can be displayed in real time, so that the user can easily operate the robot | ![]() |
![]() | Smart home |
New catering | ![]() |


